Fertility
Future Fertility unveils ROSE™, a new AI-based egg quality tool that aims to transform donor egg programs
As demand for egg donation grows around the world, Future Fertility is bringing transparency, predictability, and reliability to donor oocyte programs.
The company has announced the launch of ROSE—a new AI-powered oocyte quality workflow and report built specifically for egg banks and donor egg programs.
Jullin Fjeldstad is Head of Clinical Embryology and Scientific Operations at Future Fertility.
Fjeldstad said: “Egg banks have historically lacked tools to assess and manage donor oocyte quality in an objective way.
“ROSE™ brings standardisation into the equation, offering new AI-based insights and a workflow solution that optimise how donor eggs are managed, grouped, and allocated.”
With the number of IVF cycles involving donor eggs increasing globally, clinics and egg banks face rising pressure to deliver quality assurance in donor oocyte distribution.
Experts estimate that donor eggs are used in approximately 10 per cent of all cycles.
Meanwhile, the global donor egg IVF market is projected to reach $6.6 billion by 2032, up from $2.3 billion in 2022.
ROSE provides egg banks with a clinically validated, AI-powered tool that predicts the likelihood of each oocyte developing into a high-quality embryo (blastocyst).
Powered by the world’s largest dataset of oocyte images and associated reproductive outcomes, ROSE has been clinically validated for use with donor egg populations— enabling egg banks to:
- Optimise oocyte distribution by expected blastocyst outcomes
- Provide objective quality assurance for donor oocyte groupings
- Track and manage donor cycles and oocyte inventory with an AI-based tool and custom workflow solution
- Build trust with receiving clinics through intuitive, image-based reports
ROSE was developed in consultation with real egg bank partners who helped define requirements and refine the platform’s capabilities.
Dr. Catello Scarica, Scientific director at New Fertility Group, noted: “We’ve been impressed by how the ROSE tool supports quality control and decision-making in our donor cycles. It gives our team greater confidence in the eggs we distribute and enables better alignment with receiving clinics.”
WeBank’s Development Director, Dr Natalia Basile added: “ROSE is transforming how we manage donor eggs.
“The objective scores, traceability, and reporting help us organise inventory and reduce uncertainty—especially valuable when outcomes don’t meet expectations.”
From a clinical workflow perspective, the platform is designed for seamless integration. ROSE connects directly with microscopes and laser systems, allowing egg banks to capture 2D oocyte images in real time and securely upload them to the cloud.
Within minutes, the AI model—proven to be more accurate than embryologists in multiple studies—delivers predictions about blastocyst potential, with a workflow solution that manages, tracks and optimises groupings of oocytes for distribution.
Dr Danilo Cimadomo is Global Manager of AI and Data Management for Embryological Research at IVIRMA Global Research Alliance.
Cimadomo said: “The future of egg donation lies in complementing information about egg quantity with eggs’ blastulation potential to personalise the number of oocytes allocated per recipient.
“Tools like ROSE, can help maximise success while minimising the number of surplus embryos by matching patients with an ideal number of high-quality eggs based on their unique profile.”
Rafael Gonzalez, Global Head of Sales and Commercial Strategy at Future Fertility, added: “Clinics are asking for greater confidence when it comes to donor egg quality, both recipient clinics and donor egg banks.
“ROSE provides a scalable, data-driven way to meet that demand—giving both donor labs and recipient clinics a shared, objective language to talk about egg quality.”
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Chemotherapy may significantly impair fertility and ovarian function, study suggests
Chemotherapy may reduce ovarian function and fertility in women, a recent study suggests.
The research examined how cancer treatment affects ovarian tissue, hormone production and ovarian reserve (the egg supply available for reproduction).
The authors found that some chemotherapy drugs can trigger oxidative stress (cell damage from unstable molecules) and apoptosis (programmed cell death) in ovarian follicles.
These effects can reduce ovarian volume, destroy growing and dormant follicles, and speed up depletion of the egg reserve.
Damage to the ovarian microenvironment can disrupt hormone production and the balance needed for follicle maturation and ovulation, increasing the risk of diminished fertility or premature ovarian insufficiency (early loss of ovarian function before 40).
The findings suggest women of reproductive age receiving chemotherapy may face reduced ovarian reserve, impaired fertility and earlier menopause compared with those not treated.
The researchers said the results support integrating fertility risk assessment and preservation into cancer care.
Clinicians should discuss possible impacts before treatment and consider referrals to fertility specialists.
Preservation options include egg or embryo freezing, ovarian tissue storage or ovarian suppression therapies, depending on individual needs.
The authors called for research into protective strategies to limit ovarian damage during treatment, and long-term studies tracking fertility outcomes in survivors.
Understanding how different chemotherapy types affect the ovaries will be key to personalised onco-fertility care.
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